ADN2873XCPZ Integrated Circuits (ICs)

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Power management integrated circuits (PMICs) are specialized application-specific devices and system level solutions for controlling power and energy management. The ADN2873XCPZ PMIC is a Laser Driver PMIC offering low power and low EMI emission solutions for automotive and industrial applications such as lasers and light sources. The ADN2873XCPZ offers easy integration and scalability to allow quick and easy application of automotive lighting solutions.

The ADN2873XCPZ is a low power and low EMI PMIC that offers a complete range of features and functionalities for automotive and industrial laser applications. This includes integrated power control, I/O control and signal conditioning, and integrated safety protection. The device is optimized for pulse width modulation (PWM) signal applications and includes several design enhancements that provide additional performance and flexibility. It also provides dynamic power saving features, allowing the device to reduce power consumption when not in use or when idle.

The ADN2873XCPZ PMIC features a programmable logic architecture that allows user-defined customization of the laser power structure and switching technique, improved efficiency, and lower EMI emission. The device also features seven independent digital I/O pins and a variety of data rate options to allow for control and synchronization of the laser power without the need for external components. Moreover, the device features a wide operating temperature range, making it suitable for a range of industrial and automotive applications.

The main application field of ADN2873XCPZ is automotive and industrial laser power. In automotive applications, its low power consumption, low EMI emission, and integrated safety protection make it ideal for headlights, taillights, and interior lighting solutions. The ADN2873XCPZ is also well-suited for industrial laser systems, providing adjustable pulse width modulation (PWM) bandwidth and variable power output. Its dynamic power saving features make it suitable for machines with long standby periods.

The working principle of the ADN2873XCPZ PMIC is based on pulse width modulation techniques. The device generates \'address windows\' at which each laser power switch can be operated. The pulse width of the address window is adjustable, allowing for the implementation of a wide range of laser system performance characteristics. During the address window, the device can be programmed to turn on different laser power switches at different times. This allows for the implementation of dimmable systems, directional lighting, and other power saving features.

The ADN2873XCPZ PMIC is a low power and low EMI solution for automotive and industrial laser power applications. It offers numerous advantages, including improved efficiency, adjustable PWM bandwidth, dynamic power saving features, and integrated safety protection. The device is well-suited for systems that require low power consumption, low EMI emission, and reliable performance.

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